Faculty

Institution

Unit

Venue

Morris E. Fine

Walter P Murphy Professor Emeritus of Materials Science and Engineering Technological Institute Professor Emeritus of Materials Science and Engineering

Northwestern University

Affiliations

Mccormick School of Engineering & Applied Science

Department of Materials Science and Engineering

Morris E. Fine is currently serving as a Materials Science And Engineering Walter P Murphy Professor Emeritus of Materials Science and Engineering Technological Institute Professor Emeritus of Materials Science and Engineering at Northwestern University.

Honors

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Experiences

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Education

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Morris E. Fine

Northwestern University

Walter P Murphy Professor Emeritus of Materials Science and Engineering Technological Institute Professor Emeritus of Materials Science and Engineering

You can click a keyword to filter the displayed items

materials science mechanical engineering materials engineering applied physics advanced materials mechanics of materials steel research metal processing engineering metallurgical process mechanical science solid mechanics material research structural mechanics alloy design condensed matter physics tribology metals metallurgical interaction manufacturing science ceramics fatigue crack initiation thermal engineering ceramic technology microstructure engineering ceramic strength property electronic materials extractive metallurgy ceramic materials fatigue crack propagation advanced ceramics electroceramics powder metallurgy electronic packaging magnesium alloys composite science transition metal chemistry printed electronics high strength low alloy steel condensed matter high-performance metal wear resistance alloy casting metallurgical system plastic work aluminum alloys precipitation hardening material chemistry alloy phase microstructure-strength relationship nucleation fatigue management sliding wear plastic deformation high-conductivity alloys prismatic slip coherent precipitates copper precipitation solder materials work hardening nanoscale science manufacturing engineering failure prediction material modeling mechanical deformation wear-resistant material tool wear instrument science instrumentation engineering short-range order microcrack growth condensed systems ostwald ripening strain-controlled fatigue interfacial phenomena composite materials mechanical properties mechanical behavior physical chemistry material processing

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Design and Development of Lightly Alloyed Ferritic Fire-Resistant Structural Steels. Metallurgical and Materials Transactions A (2018)

Cameron T. GrossDieter IsheimSemyon VaynmanMorris E. FineYip-Wah Chung

materials sciencestructural steeldesignfire resistancemechanical engineeringmaterials engineeringsteel researchadvanced materialsmetallurgical processmetal processingalloy design

Plasticity Enhancement by Fe-Addition on Nial Alloy: A Synchrotron X-Ray Diffraction Mapping and Molecular Dynamics Simulation Study. Quantum Beam Science (2018)

E-Wen HuangTu-Ngoc LamI-Ling ChangWei-Jhih HongTian-Yu LinChun-Jen SuPeter LiawLouis SantodonatoJain JayantMorris Fine

materials sciencemechanical engineeringplasticity enhancementplasticityapplied physicsnial alloy

Characteristics of Stress Relaxation Kinetics of La 60 Ni 15 Al 25 Bulk Metallic Glass. Acta Materialia (2015)

J.C. QiaoYun-Jiang WangJ.M. PelletierLeon M. KeerMorris E. FineY. Yao

materials sciencemechanical engineeringsolid mechanicsstress relaxation kineticsapplied physicsmechanical sciencemechanics of materialsbulk metallic glass

Ferritic Alloys With Extreme Creep Resistance via Coherent Hierarchical Precipitates. Scientific Reports (2015)

Gian SongZhiqian SunLin LiXiandong XuMichael RawlingsChristian H. LiebscherBjørn ClausenJonathan PoplawskyDonovan N. LeonardShenyan HuangZhenke TengChain T. LiuMark D. AstaYanfei GaoDavid C. DunandGautam GhoshMingwei ChenMorris E. FinePeter K. Liaw

materials sciencemechanical engineeringmaterials engineeringcondensed matter physicsextreme creep resistancecoherent hierarchical precipitatesapplied physicsferritic alloys

A Continuum Damage Mechanics-Based Unified Creep and Plasticity Model for Solder Materials. Acta Materialia (2014)

Yao YaoXu HeLeon M. KeerMorris E. Fine

materials sciencemechanical engineeringmaterials engineeringplasticity modelplasticitysolder materialsapplied physicsmechanics of materials

Aging Characteristics and Mechanical Properties of 1600Mpa Body-Centered Cubic Cu and B2-Nial Precipitation-Strengthened Ferritic Steel. Acta Materialia (2014)

Monica KapoorDieter IsheimGautam GhoshSemyon VaynmanMorris E. FineYip Wah Chung

materials sciencestrength propertyageingmaterial propertiesmechanical propertiesmechanical engineeringmaterials engineeringsolid mechanicsstructural mechanicssteel researchbody-centered cubic cuhigh strength low alloy steelwork hardeninghigh-performance metalengineering

An Analytical Method to Predict Electromigration-Induced Finger-Shaped Void Growth in Snagcu Solder Interconnect. Scripta Materialia (2014)

Yao YaoYuexing WangLeon M. KeerMorris E. Fine

materials scienceelectronic materialsmaterial researchintermittently connected devicematerials engineeringelectromigration techniqueprinted electronicssnagcu solder interconnectsolid-state electronicselectronicsadvanced materialssemiconductorselectrical engineeringmicroelectronicspower electronicsanalytical methodapplied physicsoptoelectronics

Concepts for the Development of Nanoscale Stable Precipitation-Strengthened Steels Manufactured by Conventional Methods. JOM (2014)

C. A. YablinskyK. E. TippeyS. VaynmanO. AnderogluM. E. FineY.-W. ChungJ. G. SpeerK. O. FindleyÖ. N. DoganP. D. JablonskiS. A. MaloyR. E. HackenbergA. J. ClarkeK. D. Clarke

materials sciencenanomanufacturingmaterials engineeringsteel researchconventional methodsadvanced materialsnanomaterialsnanotechnologynanostructure synthesis

Formability of New High Performance A710 Grade 50 Structural Steel. Civil engineering studies. Transportation engineering series (2014)

Semyon VaynmanMorris E FineChristopher Hahin

structural steelstructural engineeringtransportation engineeringcivil engineeringengineering

Computational and Experimental Design of Fe-Based Superalloys for Elevated-Temperature Applications. (2012)

Peter K. LiawMorris E. FineGautam GhoshMark D. AstaChain T. LiuZhiqian SunShenyan HuangZhenke TengGongyao Wang

materials sciencemechanical engineeringmaterials engineeringexperimental designelevated-temperature applicationsfe-based superalloyscomputational materials sciencealloy designengineering

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Morris E. Fine

Walter P Murphy Professor Emeritus of Materials Science and Engineering Technological Institute Professor Emeritus of Materials Science and Engineering

Northwestern University

Affiliations

Mccormick School of Engineering & Applied Science

Department of Materials Science and Engineering

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Morris E. Fine

Northwestern University

Walter P Murphy Professor Emeritus of Materials Science and Engineering Technological Institute Professor Emeritus of Materials Science and Engineering

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Design and Development of Lightly Alloyed Ferritic Fire-Resistant Structural Steels. Metallurgical and Materials Transactions A (2018)

Cameron T. GrossDieter IsheimSemyon VaynmanMorris E. FineYip-Wah Chung

materials sciencestructural steeldesignfire resistancemechanical engineeringmaterials engineeringsteel researchadvanced materialsmetallurgical processmetal processingalloy design

Plasticity Enhancement by Fe-Addition on Nial Alloy: A Synchrotron X-Ray Diffraction Mapping and Molecular Dynamics Simulation Study. Quantum Beam Science (2018)

E-Wen HuangTu-Ngoc LamI-Ling ChangWei-Jhih HongTian-Yu LinChun-Jen SuPeter LiawLouis SantodonatoJain JayantMorris Fine

materials sciencemechanical engineeringplasticity enhancementplasticityapplied physicsnial alloy

Characteristics of Stress Relaxation Kinetics of La 60 Ni 15 Al 25 Bulk Metallic Glass. Acta Materialia (2015)

J.C. QiaoYun-Jiang WangJ.M. PelletierLeon M. KeerMorris E. FineY. Yao

materials sciencemechanical engineeringsolid mechanicsstress relaxation kineticsapplied physicsmechanical sciencemechanics of materialsbulk metallic glass

Ferritic Alloys With Extreme Creep Resistance via Coherent Hierarchical Precipitates. Scientific Reports (2015)

materials sciencemechanical engineeringmaterials engineeringcondensed matter physicsextreme creep resistancecoherent hierarchical precipitatesapplied physicsferritic alloys

A Continuum Damage Mechanics-Based Unified Creep and Plasticity Model for Solder Materials. Acta Materialia (2014)

Yao YaoXu HeLeon M. KeerMorris E. Fine

materials sciencemechanical engineeringmaterials engineeringplasticity modelplasticitysolder materialsapplied physicsmechanics of materials

Aging Characteristics and Mechanical Properties of 1600Mpa Body-Centered Cubic Cu and B2-Nial Precipitation-Strengthened Ferritic Steel. Acta Materialia (2014)

Monica KapoorDieter IsheimGautam GhoshSemyon VaynmanMorris E. FineYip Wah Chung

An Analytical Method to Predict Electromigration-Induced Finger-Shaped Void Growth in Snagcu Solder Interconnect. Scripta Materialia (2014)

Yao YaoYuexing WangLeon M. KeerMorris E. Fine

Concepts for the Development of Nanoscale Stable Precipitation-Strengthened Steels Manufactured by Conventional Methods. JOM (2014)

C. A. YablinskyK. E. TippeyS. VaynmanO. AnderogluM. E. FineY.-W. ChungJ. G. SpeerK. O. FindleyÖ. N. DoganP. D. JablonskiS. A. MaloyR. E. HackenbergA. J. ClarkeK. D. Clarke

materials sciencenanomanufacturingmaterials engineeringsteel researchconventional methodsadvanced materialsnanomaterialsnanotechnologynanostructure synthesis

Formability of New High Performance A710 Grade 50 Structural Steel. Civil engineering studies. Transportation engineering series (2014)

Semyon VaynmanMorris E FineChristopher Hahin

structural steelstructural engineeringtransportation engineeringcivil engineeringengineering

Computational and Experimental Design of Fe-Based Superalloys for Elevated-Temperature Applications. (2012)

Peter K. LiawMorris E. FineGautam GhoshMark D. AstaChain T. LiuZhiqian SunShenyan HuangZhenke TengGongyao Wang

materials sciencemechanical engineeringmaterials engineeringexperimental designelevated-temperature applicationsfe-based superalloyscomputational materials sciencealloy designengineering

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